Focus on carbon equipment
Focus on carbon equipment
Carbon powder briquetting machine is a kind of equipment specially used to press carbon powder, coal powder, metal powder, gypsum powder, refractory powder, fertilizer powder, limestone powder and other powder materials into high-density block or spherical fuel.
Carbon powder briquetting machine is a kind of equipment specially used to press carbon powder, coal powder, metal powder, gypsum powder, refractory powder, fertilizer powder, limestone powder and other powder materials into high-density block or spherical fuel.
Charcoal Powder Briquetting Machine(also known as carbon powder extruder) is a carbon briquette forming equipment that uses the principle of screw extrusion to compress the prepared pulverized coal into a predetermined shape with a certain strength. The carbon briquette extruder adopts a hard tooth surface reducer, which is small in size and high in carrying capacity. The impeller inside the charcoal powder briquette machine is designed with thicker blades, and the impeller and the inner lining of the cylinder are made of wear-resistant precision casting materials, and the service life is 4-5 times longer than ordinary materials. The carbon briquette outlet at the head of the machine is made of replaceable wear-resistant alloy steel, which is easy to replace. The machine head and the barrel are spliced, which can be opened during maintenance, and it is very convenient to replace the internal impeller and barrel lining.
Carbon powder briquetting machine is widely used in coal, metallurgy, refractory materials, chemical industry and other industries. The block or spherical fuel made by it can be used for home heating, industrial boilers, power stations and other occasions
The working principle of the carbon powder briquetting machine usually includes the following steps:
1. Raw material preparation: Before the powder material is fed into the equipment, it needs to be crushed and dried to ensure that its particle size and moisture content meet the requirements.
2. Extrusion molding: After the powder material enters the equipment, it is compressed into blocks or balls by mechanical extrusion. During this process, the pressure roller inside the equipment will apply huge pressure to make the powder material tightly combined.
3. Shaping and demolding: The block or spherical fuel after molding is further fixed in shape by the shaping device, and then taken out of the equipment through the demolding device.
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1. High efficiency and energy saving: It adopts advanced extrusion molding technology, with low energy consumption and high production efficiency.
2. Wide adaptability of raw materials: It is suitable for a variety of powder materials, including carbon powder, coal powder, metal powder, etc.
3. Good molding effect: The pressed block or spherical fuel has high density, regular shape and good combustion performance.
4. High degree of automation: Some models are equipped with automatic control devices, which can realize intelligent operation and reduce labor intensity.
5. Compact structure: The equipment has a compact structure, small footprint, and is easy to install and maintain.
| Model | POWER | CAPACITY | WEIGHT(kg) | DIMENSION(m) |
|---|---|---|---|---|
| DL-500 | 11KW | 350-500kg/h | 700 | 2*1.1*1.2 |
| DL-1000 | 22kw | 700-1000kg/h | 1000 | 2.2*1.4*1.4 |
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